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To explain this failure, Soda [16] explained two factors; one is the clearance between the ring and the shaft or housing, and the other is the elastic deformation which Imai [17] proved experimentally.
Then, in the previous studies [13-15], the amount of the slip was investigated by varying several design factors such as shaft deformation, motor torque and shrink-fitting ratio.
It is confirmed that the rigid body size at the center does not affect the result, and the diameter 8 mm is used.
Table 1 shows the work roll’s dimensions, mechanical properties, and boundary conditions used in the analysis.
Dimensions, mechanical properties and boundary conditions in Figure 1 considered as a standard roll in this study.

It is widely applicable due to its unique electrical, optical, and mechanical properties.
From Fig. 5 (a) and (c), rGO shows higher electromagnetic wave absorbing potential and more obvious dielectric properties than GO.
Therefore, it is certain that it will not affect the absorbing performance of the absorbing material in the absorber as the substrate material.
Therefore, the main factor that determines the absorbing performance of rGO is the impedance matching rate.
References [1] Zhu Z, Sun X, Xue H, Guo H, Fan X, Pan X and He J 2014 Graphene–carbonyl iron cross-linked composites with excellent electromagnetic wave absorption properties J.

The CPS emphasis integration on computing, communication, control, and physical process, it has self-adaption ability to environmental uncertainty change, and has dynamic self-organizing reconstruction property, and has control of large-scale systems integration under the network environment.
(1)The awareness layer The awareness layer means pass physical properties in the physical world to the information world.
Capability is not confined to deal with a task, some resources has capability to handle multiple tasks; at the same time, capability is closely related to the state, the state include of space-time, the actual function of resources, resources of idle state and a series of affect resource capability factors.
Resource Capability Communication Capability Information Transfer Communication Security Link Connection ……… Executive Capability Components Control Mechanical Drive ……… Awareness Capability Temperature Humidity Soil Nutrient ……… Computing Capability information storage data processing analytical prediction ……… Fig.3 Capability classification 3)Task Task refers to a specific action plan.
It do not just confined to one or several crops production factors monitoring, but the formation of cross-regional "intelligent mechanical + three-dimensional monitoring + intelligent decision + accurate control" distributed monitoring and control system.

Introduction The grain microstructure of crystalline solids decidedly determines its physical and mechanical properties.
This driving force does not depend on boundary properties and moves a boundary from a grain with lower free energy towards grain with a higher free energy.
Grain boundaries can also be driven by an applied mechanical stress.
This is achieved by utilizing orientation dependent properties and their discontinuity at the grain boundary.
(a) Measured (points) and calculated (lines) coupling factors β and (b) activation enthalpy H of stress driven migration vs. misorientation angle θ for symmetrical <100> tilt grain boundaries [40].

This in turn affects the drivetrain and the gearing which also affects the vehicle engine performance.
The proposed mining vehicle tyre design provide an opportunity to conform to the original specified loading conditions plus providing some allowance or factor of safety for harsh mining conditions.
The material properties were adjusted in the Ansys® model to provide similar results to these experimental results.
Therefore the same homogenous material properties was used as defined in the pneumatic tyre material structure.
Małachowski, “Assessment of mechanical properties of offroad vehicle tire: Coupons testing and FE model development.,” 2012.

Moreover, non-equiatomic compositions may offer even better properties [15, 12].
There was lack of consensus yet on factors responsible for the anticipated decelerated diffusivities.
Hohenwarter, Mechanical properties, microstructure and thermal stability of a nanocrystalline CoCrFeMnNi high-entropy alloy after severe plastic deformation, Acta Materialia 96 (2015) 258-268
Raabe, Strong and Ductile Non-equiatomic High-Entropy Alloys: Design, Processing, Microstructure, and Mechanical Properties, JOM 69 (2017) 2099-2106
Guillot, Elastic and plastic properties of as-cast equimolar TiHfZrTaNb highentropy alloy, Mater Science Engineer A 654 (2016) 30-38

Snow reference pressure is 0.3kPa, the distribution factor of snow pressure is 0.9.
With flexible coefficient reducing, frame inclined beam axial force declined but changed slightly; while the axial force is very small for the horizontal frame beam, it is not necessary to consider the affecting of flexible coefficient.
Liu, Laminated wood base plate bolted clamp experimental study on mechanical properties, Journal of Nanjing University of Technology, 5 (2011) 29-35.

Introduction The metallurgical characteristics and final mechanical properties of a casting are directly related to the shape, size and distribution of the graphite present in the matrix [1,2].
The inoculant affects the nodule count (Ce inoculant seems to be the most effective for low Ti versus ZrMn inoculant for high Ti) but the influence on the nature of the nuclei is not significant in most of the cases.
The content of titanium in the iron also affects the sequential growth of the nuclei.
For the particular case of the 0.02-0.03% Ti irons an additional contributing factor is the presence of Zr in the Ti(CN) inclusions.

Introduction It is now known that ultrasonic irradiation affects the defect structure and electrophysical characteristics of semiconductors.
Similar studies were carried out in detail for Si (Li) -p-i-n detectors [1, 2], where it was shown that the energy resolution is significantly affected by irregularity of the silicon resistivity.
Taking into account the above, the electric field amplification factor can be calculated as follows.
There is a zone of mechanical stresses around the formed concentrations of such impurity atoms.
Toshboev, Thermal properties of silicon with clusters of nickel atoms.

Properties of three work-materials.
As shown in the mechanical and thermal properties of three work-materials in Table 2.1, the BMG has very low thermal conductivity, which retains the heat in the chip and activates the exothermic oxidation and, consequently, the light emission on the BMG chip surface.
From Table 2.3, three factors that affect the chip light emission in machining BMG are identified.
Properties of two tool materials.
Table 5.1 Properties of wheels used in the experiments.